cmake_minimum_required(VERSION 3.17)
project(2020_xtu_train)
set(CMAKE_CXX_STANDARD 14)
add_executable(L_SOS 2017_ECL/L_SOS.cpp)
add_executable(K-downgrade 2017_ECL/K-downgrade.cpp)
add_executable(c-traffic-light 2017_ECL/c-traffic-light.cpp)
add_executable(A_char_group 2017_ECL/A_char_group.cpp 2017_ECL/B_Scapegoat.cpp 2017_ECL/J_straight_master.cpp test/ceshi_1.cpp 2017_ECL/D_Mr_panda_and_Geometric_Sequence.cpp 2019ICPC_hong_kong/B_binary_tree.cpp 2019ICPC_hong_kong/D_Defining_Labels.cpp math/Sum_of_divisors.cpp math/prime_number_in_a_set.cpp math/number_theory_duoli.cpp hunan2016/A_2016.cpp math/A_problem.cpp math/n_divisor.cpp math/falishulie.cpp math/math_problem_niuke.cpp math/LCM_niuniu.cpp math/fib.cpp math/oulahanshu_yizhangdui.cpp math/binary_quanpailie.cpp math/A_INTW.cpp math/a.cpp math/b.cpp)
add_executable(M_world_cup 2017_ECL/M_world_cup.cpp)
add_executable(B_Scapegoat 2017_ECL/B_Scapegoat.cpp)
add_executable(J_straight_master 2017_ECL/J_straight_master.cpp)
add_executable(ceshi_1 test/ceshi_1.cpp)
add_executable(D_Mr_panda_and_Geometric_Sequence 2017_ECL/D_Mr_panda_and_Geometric_Sequence.cpp)
add_executable(B_binary_tree 2019ICPC_hong_kong/B_binary_tree.cpp)
add_executable(D_Defining_Labels 2019ICPC_hong_kong/D_Defining_Labels.cpp)
add_executable(Sum_of_divisors math/Sum_of_divisors.cpp)
add_executable(prime_number_in_a_set math/prime_number_in_a_set.cpp)
add_executable(number_theory_duoli math/number_theory_duoli.cpp)
add_executable(A_2016 hunan2016/A_2016.cpp hunan2016/j_sanjiaojuzheng.cpp hunan2016/Equal_Numbers.cpp)
add_executable(j_sanjiaojuzheng hunan2016/j_sanjiaojuzheng.cpp)
add_executable(A_problem math/A_problem.cpp)
add_executable(Equal_Numbers hunan2016/Equal_Numbers.cpp)
add_executable(n_divisor math/n_divisor.cpp)
add_executable(falishulie math/falishulie.cpp)
add_executable(math_problem_niuke math/math_problem_niuke.cpp)
add_executable(LCM_niuniu math/LCM_niuniu.cpp)
add_executable(fib math/fib.cpp)
add_executable(oulahanshu_yizhangdui math/oulahanshu_yizhangdui.cpp)
add_executable(binary_quanpailie math/binary_quanpailie.cpp)
add_executable(A_INTW math/A_INTW.cpp)
add_executable(a math/a.cpp)
add_executable(b math/b.cpp)